143 results about "Electronic monitors" patented technology

A system, electronic monitor and method are provided that utilize the communication capabilities and positioning capabilities of impulse radio technology to enable people (e.g., broadcasters, fans, trainers, jockeys) to track a position of a horse as it moves around a race track and / or to enable people to monitor one or more vital signs of the moving horse. The present invention may also be used track and / or monitor other animals such as dogs and people.

There is provided herein an electronic patient monitor that is suitable for use with a variety of different sensors and which automatically configures itself depending on the sensor that is used and / or the environment in which the electronic monitor is placed. In a first preferred embodiment, the electronic monitor determines whether it is being used on a bed or a chair by sensing whether or not a nurse call connector is present. If such a connector is plugged into the monitor, the unit will assume that it is being used with a sensor that has been placed on a bed and will configure its internal parameters appropriately. Such configuration would include changing a delay time to provide for longer delays before sounding an alarm than would be used with a chair monitor.

A system, electronic monitor and method are provided that utilize impulse radio technology to alert medical personnel when a patient needs medical assistance. In addition, the present invention includes a system, electronic monitor and method that utilize the communication capabilities and positioning capabilities of impulse radio technology to enable medical personnel to monitor one or more vitals signs of a patient and / or to enable medical personnel to determine a current a position of a patient in a building such as a hospital, nursing home or their home.

A large battery array, particularly for use in an electric vehicle, is formed of multiple modules, each containing plural battery cells and module management electronics. Each battery module has a nominal output voltage in the range of about 5 volts to about 17 volts. A controller communicates with individual battery modules in the array and controls switching to connect the modules in drive and charging configurations. The module management electronics monitor conditions of each battery module, including the cells it contains, and communicates these conditions to the controller. The module management electronics may place the modules in protective modes based upon the performance of each module in comparison to known or configurable specifications. The modules may be pluggable devices so that each module may be replaced if the module is in a permanent shutdown protective mode or if a non-optimal serviceable fault is detected.

A low cost fare collection system includes a removable farebox having an integral collection box. The farebox can be installed in a temporary installation at a fare collection location for the collection of fares and can be removed to a secure location for emptying and reconciliation. The farebox can include an integral collection box for receiving fares deposited in the farebox. The farebox can be configured such that the collected fares can be emptied only when the farebox is removed from the temporary installation to reduce tampering and theft. A fare validator can be used to verify the amount and value of a fare deposited in the farebox to eliminate human validation of fares. Electronic monitors can collect data relating to fares deposited, total revenue collected, time of fare collection, and other data items that can be retrieved when the farebox is removed and emptied.

There is provided herein a support surface such as a bed or chair which contains a network of inelastic straps, the tension in each of which can be independently sensed and adjusted under control of an electronic monitor. Preferably, each strap will contain a plurality of sensors to allow an attached electronic monitor (preferably one with a microprocessor) to determine in real time the amount of pressure (or the duration of the pressure) applied to each strap. Based on that information, the attached monitor will periodically loosen or tighten the straps as needed to move support for the patient's body away from current pressure points. In one preferred arrangement, each strap will preferably be loosened or tightened through the use of a worm gear drive or similar mechanical motor.

A pressure sensing catheter having a proximal end and a distal end. The proximate end includes one or more leur fittings contiguous with one or more lumens disposed within the catheter, a connector coupled to a signal lead which spans the length of the pressure sensing catheter and a pressure transducer coupled at about a distal end of the pressure sensing catheter. One or more apertures are provided at about the distal end of the pressure sensing catheter to allow infusion of fluids and / or withdrawal of fluid samples contemporaneous with pressure monitoring within a blood vessel. Signals sent from the pressure transducer are converted into vascular pressure units by an electronic monitor coupled to the signal lead connector.

A portable dialysis access monitor device, comprising: an electronic monitor device and a server. The electronic monitor device includes a first microprocessor, an acoustic detector, a touch screen, a first storage device, a diagnostic programming module, an alarm device and a power supply device. The first microprocessor collects acoustic frequency signals, sound signals and thrill signals detected from a dialytic fistula. If signal difference is greater than a predetermined threshold value, the electronic monitor device provides a warning by the alarm device. The server includes a second microprocessor, a second storage device and a mobile internet. The server receives and analyzes the acoustic frequency signals, the sound signals and the thrill signals detected from the dialytic fistula by utilizing the second microprocessor to get an analyzed result. The server transmits the analyzed result to the electronic monitor device by utilizing the mobile internet.

The invention relates to a smart city based fake plate vehicle capture method. The method includes the steps: meshing a city road area according to the mesh segmentation principle which includes that meshes are continuous, boundaries of mesh crossing roads are misaligned with sidelines of the meshes, and one of electronic monitor data or GPS (global positioning system) data can be acquired in each mesh; converting vehicle data acquired from electronic monitors or a GPS to mesh tracks including a time sequence according to the time sequence; checking the mesh tracks of vehicles with a same license plate number, checking whether the mesh tracks of the vehicles with the same license plate number in the time sequence are continuous or not, and if a discontinuous mesh track occurs, taking a license plate number corresponding to the mesh track as a license plate number of a suspected fake plate vehicle; checking electronic monitor data of the suspected fake plate vehicle to judge whether the suspected fake plate vehicle is a fake plate vehicle or not. The method has the capability of still capturing the fake plate vehicle when the fake plate vehicle and a true plate vehicle do not run at the same time.

An inline measuring device which serves for measuring at least one physical, measured variable of a medium conveyed in a pipeline, includes a measurement pickup of vibration-type, as well as a measuring device electronics electrically coupled with the measurement pickup. The measurement pickup includes at least one, essentially straight measuring tube serving to convey the medium to be measured and communicating with the connected pipeline, an exciter mechanism acting on the measuring tube for causing the at least one measuring tube to vibrate, during operation, at least at times and / or at least in part, with torsional oscillations about a torsional oscillation axis imaginarily connecting an inlet end of the measuring tube and an outlet end of the measuring tube, as well as a sensor arrangement for registering vibrations of the at least one measuring tube and delivering at least one oscillation measurement signal representing oscillations of the measuring tube. The measuring device electronics delivers, at least at times, an exciter signal driving the exciter mechanism and generates, by means of the at least one oscillation measurement signal and / or by means of the exciter signal, at least at times, at least one measured value, which represents at least one physical, measured variable of the medium to be measured. Moreover, the measuring device electronics determines, on the basis of the at least one oscillation measurement signal and / or on the basis of the exciter signal, repetitively, an oscillation frequency of the torsional oscillations of the measuring tube and the measuring device electronics monitors, based on the oscillation frequency of the torsional oscillations, at least one operating condition of the at least one measuring tube. Additionally provided is an inline measuring device of the described kind used for monitoring an operating condition of a tube wall, especially also a section of the attached pipeline.

A low cost fare collection system includes a removable farebox having an integral collection box. The farebox can be installed in a temporary installation at a fare collection location for the collection of fares and can be removed to a secure location for emptying and reconciliation. The farebox can include an integral collection box for receiving fares deposited in the farebox. The farebox can be configured such that the collected fares can be emptied only when the farebox is removed from the temporary installation to reduce tampering and theft. A fare validator can be used to verify the amount and value of a fare deposited in the farebox to eliminate human validation of fares. Electronic monitors can collect data relating to fares deposited, total revenue collected, time of fare collection, and other data items that can be retrieved when the farebox is removed and emptied.

A fall protection monitoring system comprising motion sensors on safety hooks and on a safety harness. The system includes an electronic module which monitors the motion sensors and sounds an alarm when the movements of the safety hooks and the safety harness indicate that the safety hooks are not attached to anchorages while the person is climbing or moving around on an elevated structure. The electronic monitor module also logs the movements of the safety hooks and the safety harness for retrieval at a later time by the climber's supervisor, employer, or other interested persons.

The invention relates to a high-efficiency elevator adopting certain-hardware equipment and a management system by adopting a certain number of infrared microwave detectors, a pressure sensor and an electronic monitor. Different from a common monitor, the electronic monitor is additionally provided with an area of a number of floors to be stopped and an area of the residual effective elevator load number. By upgrading monitor contents used in a common elevator, i.e. adding the area of the residual effective elevator load number and the area of the number of floors to be stopped, mounting the pressure sensor in the elevator and mounting the infrared microwave detector at the elevator entry, the invention solves the following problems: how to let passengers waiting for the elevator to know the real-time conditions of the elevator, how to acquire the real-time information of the elevator, and how to acquire whether a person waiting for stairs waits for the elevator or not. Accordingly, the passengers can clearly know the real-time conditions of the elevator which can acquire more real-time information so that the conditions, such as, the full elevator still stops, nobody gets on the stopped elevator, a waiter waits in vain, and the like can be avoid, and the operation efficiency of the elevator is improved, the energy-saving aim is achieved, and the operation cost of the elevator is decreased.

A tank-type container with digital electronic monitor features that said digital electronic monitor arranged in a valve protecting box is composed of data processing module, liquid level sensor, pressure sensor, inclination sensor, acceleration sensor, speed sensor, leakage sensor, gate state sensor, and local display terminal and / or remote data transmission terminal.

The invention provides a display circuit for a monitor and a monitor. The monitor comprises a gate driving device, a data driving device and a display circuit. The display circuit is provided with at least a display unit with four pixels. Each pixel is provided with two sub-pixels, and each sub-pixel is provided with a transistor and is coupled with a pixel electrode. The transistors of the two sub-pixels of all the pixels are electrically connected with the data driving device through a serial connection method. The transistors of the sub-pixels of all the pixels are respectively connected with the gate driving device electrically to receive the signals of the gate driving device, wherein the signals of the gate driving device serve as the switch signals whether to receive data signals provided by the data driving device. The display circuit of the invention receives the same data voltage by serially connecting the sub-pixels of all the pixels, matches a pixel lining method and the connection relationships among a data line, a gate line and the pixels, and reduces the total umber of required data lines and the electric power consumption of the electronic monitor.

The invention discloses a device and method for controlling a throttle of an electronic fuel injection diesel engine for an excavator, belonging to the technical field of the control of the throttle of the engineering machinery diesel engine. The device comprises a main pump, a diesel engine, a diesel engine ECU, an electronic monitor, a throttle knob, a main controller, a first main pump pressure sensor, a second main pump pressure sensor, a pilot pressure sensor and a main pump electric proportional pressure reducing valve. The device is used to realize the operation procedure of the methodfor controlling the throttle. Due to the adoption of the device and the method, the consumption of diesel can be effectively reduced, the power match of the diesel engine of the excavator and the main pump can be optimum, the noise of the excavator can be reduced, the operation stability can be improved, and the high work efficiency can be realized..

The invention relates to medical electronic monitoring terminal equipment and a transmission system. The medical electronic monitoring terminal equipment comprises electronic detection equipment, an amplification circuit module and a Bluetooth module, wherein the Bluetooth module is directly connected with the amplification circuit module. The medical electronic monitoring terminal equipment and the transmission system have the following beneficial effects that the use of a monitoring terminal is convenient, and the monitoring terminal is applicable to temporary diagnosis. An analog-to-digital converter is not arranged between the Bluetooth module and the front-end signal output, front end signals directly enter the Bluetooth module, and the necessary analog-to-digital converter of the Bluetooth module is utilized for electric signal conversion. Front end signals are directly converted into digital signals by the analog-to-digital converter of the Bluetooth module, then, wireless transmission is carried out, and any sound distortion cannot be caused. After a receiving end receives the digital signals, the signals are restored into original signals, the restored sound quality is basically identical to the sound quality after the digital-to-analog conversion before the emission, the distortion is tiny, and the heart sound can be accurately sent to the receiving end or a center server without errors after the remote transmission.

The invention discloses an intelligent monitoring device of an animal ear tag. The intelligent monitoring device of the animal ear tag comprises an electronic monitoring device arranged at the front end of one of handles and a calipers folding induction device arranged on the handle and positioned near a rotating shaft. The invention further discloses an intelligent monitoring system of the animalear tag. The intelligent monitoring system of the animal ear tag comprises the intelligent monitoring device, as well as mobile communication equipment and a cloud server which communicate with eachother. The invention further discloses a monitoring method adopting the intelligent monitoring device of the animal ear tag. Judgment on whether to complete tag wearing is conducted through synchronization of an action signal catcher of the electronic monitoring device and the calipers folding induction device. The electronic monitor of the action signal catcher and the calipers folding inductiondevice are integrated on the calipers and are mutually connected, so that the functions of automatically determining that the ear tag is truly worn on earlaps of the animal and obtaining accurate tagwearing time are achieved, the false tag wearing phenomenon is avoided and the identity of the animal can be deeply traced.

The invention discloses an electronic detector for the pressure of an accumulator polar group. A front fixed plate and a rear fixed plate which are mutually parallel are arranged at both ends of a base supporting plate; a pressing plate and a pushing plate are arranged in parallel between the front fixed plate and the rear fixed plate, two guiding posts are respectively arranged at both sides of the front fixed plate and the rear fixed plate, transversally penetrate through the pressing plate and the pushing plate and are fixedly connected with the front fixed plate and the rear fixed plate; a pressure sensor is arranged between the pressing plate and the pushing plate, one end of the pressure sensor is vertically fixed in the center of the pressing plate, the other end of the pressure sensor contacts with the pushing plate; an electronic monitor is connected with the pressure sensor to display the pressure value of the pressure sensor; a screw nut is fixed in the center of the rear fixed plate, one end of the screw is connected with a crank, and the other end of the screw is screwed in the screw nut, abuts the pushing plate and moves forwards. The invention can accurately measure the assembly pressure of the accumulator polar group and ensure the stable and reliable performance of the accumulator.

The invention provides a system and method for testing fractal seepage in single fracture by 3D printing under a multiple testing condition coupling effect, and belongs to the field of geotechnical engineering. The system comprises a water head device, a testing main body device, an electronic monitor device and a circulation device, wherein the testing main body device comprises a hollow runner groove; a 3D printing physical model with a rough fracture parallel plate is arranged in the hollow runner groove, and comprises a first part on the left side and a second part on the right part; a fracture is reserved between the first part and the second part, the width of the fracture between the first part and the second part is changed by virtue of an adjusting screw, and a detachable glass cover plate is arranged on the hollow runner groove; the electronic monitor device comprises an intelligent regulation host machine, a pressure sensing vane and a water level monitor arranged above a water tank; the pressure sensing vane and the water level monitor are respectively connected with the intelligent regulation host machine; the pressure sensing vane is arranged at a permeable hole for monitoring the current state of seepage in real time, and is applicable to researches for testing seepage in a single fracture.

The invention discloses a self-optimization control device and method based on crushing working conditions. The device comprises a main controller, an electronic monitor, an engine controller, a rotating speed sensor, a main pump pressure sensor and a main pump proportional valve; the electronic monitor and the engine controller are connected with the main controller through buses; the rotating speed sensor is used for monitoring the rotating speed of an engine in an excavator, and an output end thereof is connected with an input end of the engine controller; the main pump pressure sensor is arranged in an oil outlet of a main pump on the excavator for detecting the pressure of the oil outlet of the main pump, and an output end thereof is connected with an input end of the main controller;and the main pump proportional valve is connected with a control output end of the main controller, and is used for connecting with a hydraulic pump of a crushing hammer to control the displacement of the hydraulic pump. The device can realize precise and efficient power matching to improve the energy saving effect.

The invention relates to an electronic monitor and a control method thereof. The electronic monitor comprises a monitoring end and at least one monitored end arranged on a portable body. The monitoring end comprises a signal receiving module, a first main control module and a first alarm module, wherein the signal receiving module and the first main control module are connected with first alarm module; each monitored end comprises a signal transmitting module, and the wireless communication is carried out between the monitoring end and the monitored ends through the signal receiving module and the signal transmitting modules. The control method mainly includes the steps that the monitoring end obtains the signals from the monitored ends and judges whether the monitored ends are within a preset region (range) or not according to the conditions of the received signals, and if the monitored ends are not within the preset range, the alarm module is started. The electronic monitor is wide in application range and capable of effectively helping people to effectively monitor personnel, or pets or articles.

The invention discloses a road and bridge protection height limiting mechanism. The mechanism comprises limiting upright columns, electromagnetic baffles and detection upright columns, a solar panel is installed on the tops of the limiting upright columns, and the lower end of the solar panel is provided with electronic monitors; flashlights are installed on the two sides of the electronic monitors, and a display screen is installed at the lower ends of the flashlights and the lower ends of the electronic monitors; servo motors are installed at the lower left end and the lower right end of the display screen, driving rods are installed at the outer ends of the servo motors, steel wire ropes are wound on the driving rods, and the lower ends of the steel wire ropes are connected with a limiting stop rod; the electromagnetic baffles are arranged inside the limiting upright columns, and a photoelectric sensor and a reflection plate are arranged on the inner sides of the upper ends of the detection upright columns respectively. The road and bridge protection height limiting mechanism is used for carrying out height detection on vehicles by utilizing the height-adjustable photoelectric sensor, when the vehicles are ultrahigh, the limiting stop rod is used for blocking a road to prevent the vehicles from passing, and accordingly the vehicles are prevented from being collided with a height-limiting rod.

The invention discloses a machine-taking electronic monitor for a patient with tuberculosis, and mainly relates to the field of medicine-taking management of the patient with tuberculosis. The machine-taking electronic monitor comprises a housing, wherein a refrigerating cavity is arranged in the housing; a medicine storage bottle is arranged in the refrigerating cavity; one end of the medicine storage bottle is provided with a bottleneck; threads are arranged on the bottleneck; the bottom of the refrigerating cavity is provided with a threaded hole adaptive to the bottleneck; a funnel is arranged below the threaded hole; the bottom of the funnel is provided with a guide barrel; a medicine taking barrel is arranged on the side wall of the guide barrel; the bottom of the guide barrel is provided with a medicine outlet channel; and a medicine taking slot is formed in the outer wall of the housing. The medicine-taking electronic monitor has the beneficial effects that: the medicine-taking electronic monitor can replace a supervisor for the patient with tuberculosis to remind the patient to regularly take medicines with proper dosage on time and to take periodic review, so that working pressure of the tuberculosis prevention and treatment institution can be relieved, a proper temperature can be provided for storing anti-tuberculosis medicines, medicine-taking and reviewing moments can be set, the medicines can be stored and can be automatically taken out, and the medicine-taking moments of the patient can be recorded.

The invention discloses a hydraulic excavator multi-machine flow limitation system and method. The system comprises a quick change switch, a quick change electromagnetic valve, an electromagnetic proportional pressure reducing valve, a main pump, a multifunctional machine, a controller, an electronic monitor and a switch electromagnetic valve set. The controller is electrically connected with the electromagnetic proportional pressure reducing valve, the quick change electromagnetic valve and the switch electromagnetic valve set. The quick change switch is electrically connected with the quick change electromagnetic valve. The electronic monitor is connected with the controller through a CAN bus. The main pump is connected with the electromagnetic proportional pressure reducing valve through a hydraulic pipeline, and through flow changes of the main pump, the multifunctional machine is limited to work under the proper flow condition. Through the system and method, the multifunctional machine can be switched rapidly, multi-machine flow limitation is achieved, the purpose of machine protection is achieved, and a professional does not need to write and refresh a program again.

Embodiments disclosed herein concern logistic management of gaming supplies for gaming establishments, such as casinos. The logistic management is electronically managed for automated or user-initiated logistic requests for gaming supplies as well as end-to-end monitoring of fulfillment of such requests. The end-to-end monitoring can make use of electronic monitors, electronic notifications and electronic tracking. Consequently, logistic management can efficiently and reliably monitor, deliver and track supplies within a gaming establishment. Additionally or alternatively to managing request for gaming supplies, logistic management can also manage requests, needs or desires for other supplies or services, such as food and beverage services, gaming services, inventory services, entertainment services, customer services, maintenance services, and the like.

The invention discloses a blood collection device used during invasive artery monitoring. The blood collection device comprises an arterial duct, a pressure connection tube, a pressure sensor, a continuous washing system and an electronic monitor, wherein the pressure connection tube is filled with liquid and provided with a switch. The blood collection device is characterized in that the pressure connection tube is provided with a blood collection plug, a three-way plug valve and an injection syringe, the blood collection plug is arranged on the part, on the root of a palm of a patient, of the pressure connection tube, the three-way plug valve is arranged between the blood collection plug and the injection syringe, and the injection syringe and the pressure connection tube are formed at a time. During blood collection, the injection syringe sucks the liquid in the pressure connection tube, blood is sucked to the position of the blood collection plug, a blood taking needle punctures the blood collection plug and the blood is collected; after blood collection is finished, the liquid sucked out by the injection syringe is injected into the pressure connection tube, waste of the blood of the human body of avoided, and pulsating pressure produced during injection of the injection syringe can reduce the blood vessel blocking probability; meanwhile, no bloodstain is formed on the blood collection position, and therefore the blood infection probability of the patient is reduced; in addition, blood collection steps are simplified and the quantity of consumables is reduced.

The invention provides an excavator one-key start control device and method. The control device comprises a master controller, a guide handle, a guide pedal, an electronic monitor, a fingerprint identification module, a GPS controller, a GPS management platform, a mobile communication platform, a mobile phone client side, a one-key start module, a start relay, a guide safety handle, an engine controller and an emergency stop switch. A start key conventionally adopted in the prior art is saved through simplification, auxiliary start devices such as radio frequency are not needed, the inconvenience factor caused by the fact that a user forgets to carry an induction device is avoided, meanwhile, a one-vehicle one-key purpose is convenient to achieve, authorization control of a start system can be guaranteed under the condition that the one-vehicle one-key condition is guaranteed, start and operation authority management of excavator equipment can be achieved through combination with the latest fingerprint identification technology, the safety management level of a machine is improved, potential safety hazards generated by non-active control such as a secondary start and a mistaken stall are effectively prevented, and the operability and safety of the machine are effectively improved.

The invention discloses an electronic monitoring intelligent terminal for an indoor hydrant station cabinet. The electronic monitoring intelligent terminal comprises an electronic device and a signal acquisition module connected with the electronic device, wherein the signal acquisition module is connected in parallel with a water pressure connecting rind sensor arranged between a water inlet pipe and a water valve of a fire hydrant, a door lock sensor arranged on a door lock of the indoor hydrant station cabinet, a fire-fighting lance sensor arranged at the periphery of a fire-fighting lance, a fire hose sensor arranged inside a fire hose or at the periphery of the fire hose, a fire hose connector sensor arranged on a fire hose connector, and an alarm actuating pump button arranged on the indoor hydrant station cabinet in turn. The electronic monitoring intelligent terminal can monitor and display a working state in real time on site, can implement remote concentrated monitoring through a communication module, also can implement remote monitoring in a large area when connected to an urban fire-fighting management system, and is applied to public places, recreation spots, factories, schools and the like, so that related owners and competent departments can timely know the running states of hydrant station cabinets in areas under administration, and can timely provide reformation when meeting problems to take prevention measures.